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The type of damage observed under transmission electron microscopy (TEM) in b.c.c. Fe and FeCr alloys under irradiation is very dependent on the irradiation conditions. At high doses the damage consists mostly of 1⁄2 <111> and <100> loops, which are considered to be of interstitial type [1, 2]. Depending on the type of irradiation and the irradiation conditions, the ratio of one type of loop with respect to the other changes, with situations in which only one of the two types of loops are observed. The formation of <100> loops is still a controversial issue, with different models arising in the last few years. Experimentally, even the nature of these loops (vacancy or interstitial type) is still under debate under certain situations. Moreover, the type of irradiation (ion implantation vs. neutron irradiation) also changes the type and distribution of these defects.

Microstructure Evolution in Fe and Fe-Cr Alloys with OKMC Methods